Particle™ Code affects a tech-focused aesthetic to your space with linear micro-perforations inspired by genome sequencing and lines of digital code. Similar to our Vapor® Products, this panel system is fully compatible with Arktura's Vertika® wall channel and standard grid systems, to make installation across walls and tiled ceiling systems effortless. Add available custom colors, non-woven acoustic fabric backers, to reduce noise, and Arktura's integrated lighting, and the possibilities are truly endless.
Acoustic Performance
Particle™'s optional non-woven acoustic fabric backer material reduces the impact of noise from everyday annoyances like ringing, typing, and chatter resulting in a more pleasant and productive environment. The acoustic backer works in concert with the design to help reduce and control reverberations leaving a lasting impression at scales ranging from assembly halls to conference rooms.
Superior Flatness & Strength
Particle™ panels are manufactured from aluminum that is on average 50% thicker than the competition, which in combination with our precision processes result in unrivaled flatness.
Integrated Lighting Options
Integrate illumination and lighting effects to your projects with Arktura's offering of lighting solutions such as InLine or Backlight.
Easy Installation & Access
Particle™ panels offer easy install and access across walls and ceilings through quick torsion spring attachment to standard grid systems and a simple hook-on attachment to our Vertika™ channel system.
Preconfigured Solutions
Particle™ panels are preconfigured micro-perforated solutions designed with a dynamic array of criteria and effects in mind to provide a seamless result. Choose from our library of patterns to uniquely impact your project.
Uninterrupted Pattern Across Panels
Achieve uninterrupted patterning across your space. Particle™ patterns have perforations that wrap around the edges of each panel, concealing where patterns start and end, with more intricate micro-perforated patterning than most competitors.
Particle™ Code affects a tech-focused aesthetic to your space with linear micro-perforations inspired by genome sequencing and lines of digital code. Similar to our Vapor® Products, this panel system is fully compatible with Arktura's Vertika® wall channel and standard grid systems, to make installation across walls and tiled ceiling systems effortless. Add available custom colors, non-woven acoustic fabric backers, to reduce noise, and Arktura's integrated lighting, and the possibilities are truly endless.
Acoustic Performance
Particle™'s optional non-woven acoustic fabric backer material reduces the impact of noise from everyday annoyances like ringing, typing, and chatter resulting in a more pleasant and productive environment. The acoustic backer works in concert with the design to help reduce and control reverberations leaving a lasting impression at scales ranging from assembly halls to conference rooms.
Superior Flatness & Strength
Particle™ panels are manufactured from aluminum that is on average 50% thicker than the competition, which in combination with our precision processes result in unrivaled flatness.
Integrated Lighting Options
Integrate illumination and lighting effects to your projects with Arktura's offering of lighting solutions such as InLine or Backlight.
Easy Installation & Access
Particle™ panels offer easy install and access across walls and ceilings through quick torsion spring attachment to standard grid systems and a simple hook-on attachment to our Vertika™ channel system.
Preconfigured Solutions
Particle™ panels are preconfigured micro-perforated solutions designed with a dynamic array of criteria and effects in mind to provide a seamless result. Choose from our library of patterns to uniquely impact your project.
Uninterrupted Pattern Across Panels
Achieve uninterrupted patterning across your space. Particle™ patterns have perforations that wrap around the edges of each panel, concealing where patterns start and end, with more intricate micro-perforated patterning than most competitors.
Particle™ Code affects a tech-focused aesthetic to your space with linear micro-perforations inspired by genome sequencing and lines of digital code. Similar to our Vapor® Products, this panel system is fully compatible with Arktura's Vertika® wall channel and standard grid systems, to make installation across walls and tiled ceiling systems effortless. Add available custom colors, non-woven acoustic fabric backers, to reduce noise, and Arktura's integrated lighting, and the possibilities are truly endless.
Acoustic Performance
Particle™'s optional non-woven acoustic fabric backer material reduces the impact of noise from everyday annoyances like ringing, typing, and chatter resulting in a more pleasant and productive environment. The acoustic backer works in concert with the design to help reduce and control reverberations leaving a lasting impression at scales ranging from assembly halls to conference rooms.
Superior Flatness & Strength
Particle™ panels are manufactured from aluminum that is on average 50% thicker than the competition, which in combination with our precision processes result in unrivaled flatness.
Integrated Lighting Options
Integrate illumination and lighting effects to your projects with Arktura's offering of lighting solutions such as InLine or Backlight.
Easy Installation & Access
Particle™ panels offer easy install and access across walls and ceilings through quick torsion spring attachment to standard grid systems and a simple hook-on attachment to our Vertika™ channel system.
Preconfigured Solutions
Particle™ panels are preconfigured micro-perforated solutions designed with a dynamic array of criteria and effects in mind to provide a seamless result. Choose from our library of patterns to uniquely impact your project.
Uninterrupted Pattern Across Panels
Achieve uninterrupted patterning across your space. Particle™ patterns have perforations that wrap around the edges of each panel, concealing where patterns start and end, with more intricate micro-perforated patterning than most competitors.